Published
01/21/2025, 16:40As part of his working trip to Chui oblast, the head of the Cabinet of Ministers Adylbek Kasymaliev took part in a solemn ceremony of laying a capsule at the construction site of a new solar power plant in Kemin district.
In his speech to the audience, Adylbek Kasymaliyev noted the importance of this project for the energy independence and sustainable development of the country. He emphasised that despite the use of hydroelectric power plants built during the Soviet era, Kyrgyzstan is striving to introduce modern and environmentally friendly energy sources.
‘With the population exceeding 7 million people and the launch of new large enterprises, the need for electricity is growing every year. The construction of the solar power plant is a step towards clean energy and responsible exploitation of natural resources. This event confirms our responsibility to the planet and the necessary commitment to the preservation of nature,’ Adylbek Kasymaliev said.
He also expressed gratitude to Chinese partners, the Shaanxi provincial government and investors for their contribution to the development of co-operation between the countries. Kasymaliev noted that Kyrgyzstan has great potential in the field of renewable energy, which should be actively used for sustainable development.
The head of the Cabinet of Ministers recalled other major projects in the energy sector, such as the construction of Kambarata HPP-1, Kulanak HPP and dozens of small HPPs, emphasising that these projects will help ensure energy independence and stable development of the country.
At the end of the event, Adylbek Kasymaliyev wished the builders and power engineers success in the implementation of the project and expressed confidence in its successful completion.
The 100 MW solar power plant, with an annual output of 155 million kW⋅h, will contribute to reducing carbon dioxide emissions by 140 thousand tonnes and coal consumption by 50 thousand tonnes per year. The project will also create about 500 jobs during the construction phase.